Table 7.
Comparison of pose estimation algorithms based on deep learning.
| Methods | Level | Advantages or Applicable Scenarios | Limitation |
|---|---|---|---|
| Regression-based methods | Instance-level | Simple design and wide application. | Applicability to complex environments may be limited. |
| Feature-based methods | Instance-level | Situations with rich features and not severe occlusion. | Symmetry needs to be considered. |
| Fusion-based methods | Instance-level | Industrial applications, are suitable for occlusion. | The method design is relatively complex. |
| Point cloud-based methods | Instance-level | Robot grabbing-related tasks. | Surface reflections may result in poorer results. |
| Regression-based methods | Category-level | Everyday objects, perform better in generalization. | Poor handling of intra-category differences. |
| Prior-based methods | Category-level | More robust to intra-class differences and color changes. | High demand for computing resources. |